Add to ORKGWe propose a mathematical model to deal with directly transmitted infections incorporating the loss of immunity. The model is developed taking into account a constant contact rate among individuals and an age-dependent vaccination rate. Based on this model, we analyse the effects of re-infection in a community under a vaccination strategy.19211313
Although measles vaccine is considered safe and highly effective, cases continue to be reported glob...
With the vaccination against Covid-19 now available, how vaccination campaigns influence the mathema...
In some disease systems, the process of waning immunity can be subtle, involving a complex relations...
When directly transmitted infectious diseases are modeled assuming an everlasting induced immunity (...
When directly transmitted infectious diseases are modeled assuming an everlasting induced immunity (...
Many directly transmitted diseases present a strong age dependent pattern of infection. Such depende...
We present the time dependent analysis of a model taking into account a special immunization strateg...
This is an epidemiological SIRV model based study that is designed to analyze the impact of vaccinat...
Optimal protocols of vaccine administration to minimize the effects of infectiousdiseases depend on ...
Optimal protocols of vaccine administration to minimize the effects of infectious diseases depend on...
Mathematical models of epidemics have a long history of contributing to the understanding of the imp...
This thesis presents mathematical models for the dynamics of vaccine preventable diseases, specific...
In this paper, a mathematical model based on COVID-19 is developed to study and manage disease outbr...
In this paper, a mathematical model based on COVID-19 is developed to study and manage disease outbr...
© 2019 Ngo Nam LeungDespite advances in prevention and control, infectious diseases continue to be a...
Although measles vaccine is considered safe and highly effective, cases continue to be reported glob...
With the vaccination against Covid-19 now available, how vaccination campaigns influence the mathema...
In some disease systems, the process of waning immunity can be subtle, involving a complex relations...
When directly transmitted infectious diseases are modeled assuming an everlasting induced immunity (...
When directly transmitted infectious diseases are modeled assuming an everlasting induced immunity (...
Many directly transmitted diseases present a strong age dependent pattern of infection. Such depende...
We present the time dependent analysis of a model taking into account a special immunization strateg...
This is an epidemiological SIRV model based study that is designed to analyze the impact of vaccinat...
Optimal protocols of vaccine administration to minimize the effects of infectiousdiseases depend on ...
Optimal protocols of vaccine administration to minimize the effects of infectious diseases depend on...
Mathematical models of epidemics have a long history of contributing to the understanding of the imp...
This thesis presents mathematical models for the dynamics of vaccine preventable diseases, specific...
In this paper, a mathematical model based on COVID-19 is developed to study and manage disease outbr...
In this paper, a mathematical model based on COVID-19 is developed to study and manage disease outbr...
© 2019 Ngo Nam LeungDespite advances in prevention and control, infectious diseases continue to be a...
Although measles vaccine is considered safe and highly effective, cases continue to be reported glob...
With the vaccination against Covid-19 now available, how vaccination campaigns influence the mathema...
In some disease systems, the process of waning immunity can be subtle, involving a complex relations...